What is a quality tray system for holding negattives? (If I'm going to do it, I'd like to do it right and get MF and LF holders and likely be able to add 35mm easily later)
"to 'scan' 120 MF and 4x5 negatives...What's needed?"
Something very important...software which can convert a dSLR image of a film image on an orange film base, and convert the negative image into a positive interpretation with proper exposure and contrast and color balance while neutralizing the orange base. There are threads on this subtopic, but there seems to be little concensus about programs that do that well without a lot of fuss by the photographer using the program to tweak the image to look better than the inital conversion effort. Scanners doing 'scan negative' seem to do a better job of the conversion with less required bother by the photographer.
You're on the right track. Get the NS tools you need and use your GFX100 in standard capture and pixel shift mode. It will yield excellent results. The only thing I'd add is that your GFX 100 calls for a VERY sturdy copy stand. Do not try to skimp in that department. I use a Bessler CS 20 and it's fantastic. Super heavy, very precise. You can experiment with the other options for holders on the market, some might be great I really don't know. The NS tools are proven however and so a safe buy if you just want to get it over with.
Thank you. I just got a copy stand off eBay that is quite large and seems about as heavy as any would be. I may get a clamp, however, to really secure the base to my working table for even more steadiness.
I bought the tallest one I could find that tops out at 42".
I figure with the GFX I can crop in and not lose resolution. That being said, I will experiment with multiple shots for each image and stitching....to see what I like best, but I wanted to have the option of a non-stitched solution for large negatives. I want to have a fully RAW workflow with the "scanned" negatives for a much of the process as I can.
You're really shorting yourself by doing 1 shot 6x17. There will barely even be 4000 pixels on the short side and at that resolution it seems like a waste of effort and money. Even just one stitch and you will almost double the number of pixels available.
Check your version of Capture One for compatibility with the tethering plugin for the GFX. LR, Capture One, etc. don't support OSX that far back as the 2011 Macbook can only go up to 10.7.
OH thank you for the suggestion!!One thing you might try is using the Sigma 70/2.8 Macro ART lens on your GFX with an adapter. You might have coverage at the extreme ends of the frame but the GFX sensor is so high res that I doubt this will be much of an issue, and it will allow you to work much closer to your film. I use this lens on my S1R and it's perfect for scanning. I can do 35mm - 8x10 with one lens and one copy stand.
The only other note I have right now is that it's gotten exceedingly clear to me that your room should be dark when camera scanning. Surface reflections on the film are sometimes hard to see but your camera will pick them up and they're a PITA to deal with.
You're really shorting yourself by doing 1 shot 6x17. There will barely even be 4000 pixels on the short side and at that resolution it seems like a waste of effort and money. Even just one stitch and you will almost double the number of pixels available.
Check your version of Capture One for compatibility with the tethering plugin for the GFX. LR, Capture One, etc. don't support OSX that far back as the 2011 Macbook can only go up to 10.7.
I've actually tethered the GFX100 to the said MacBook Pro with C1 (version before the current one) successfully in the past.
I was toying with doing the pixel shifting the GFX has and thinking that on special images this 400MP image would be sufficient to crop in and still have plenty of resolution to spare?
Again I'm not locked in on this solution, but was wanting to experiment with it. I am going to also experiment with multi-shot scans and stitching, but thought if I could take this extra step out, it would streamline things.
But thank you for that information....it definitely makes sense and I'll definitely work with this and experiment both ways.
Much appreciated!!
C
One thing you might try is using the Sigma 70/2.8 Macro ART lens on your GFX with an adapter. You might have coverage at the extreme ends of the frame but the GFX sensor is so high res that I doubt this will be much of an issue, and it will allow you to work much closer to your film. I use this lens on my S1R and it's perfect for scanning. I can do 35mm - 8x10 with one lens and one copy stand.
The only other note I have right now is that it's gotten exceedingly clear to me that your room should be dark when camera scanning. Surface reflections on the film are sometimes hard to see but your camera will pick them up and they're a PITA to deal with.
I've actually tethered the GFX100 to the said MacBook Pro with C1 (version before the current one) successfully in the past.
I was toying with doing the pixel shifting the GFX has and thinking that on special images this 400MP image would be sufficient to crop in and still have plenty of resolution to spare?
Again I'm not locked in on this solution, but was wanting to experiment with it. I am going to also experiment with multi-shot scans and stitching, but thought if I could take this extra step out, it would streamline things.
But thank you for that information....it definitely makes sense and I'll definitely work with this and experiment both ways.
Much appreciated!!
C
It's not just the resolution... IMHO the pixel shifted scans are great because you're getting a true RGB capture, so the best possible color your camera can make and the lowest noise floor. They're pretty remarkable to work with and I would bet give drum scans a run for their money. That being said, the files are HUGE! Your best bet is to honestly do the pixel shifted capture and downsample to a reasonable file size...often the native res of the sensor. Put one side by side with a standard capture and you'll see the difference. But of course on the other end, when making large prints the 400mp files will be great. The hardest part is cleaning up your work space to make the cleanest captures, both from a dust perspective and a light perspective. Mask everything, and block light in the room...even monitor light from the computer you're tethering in to.
It is not as easy as one would think. I scanned a negative as if it were a positive, and then tried photo editing software to turn the negative scan into a positive image using the built in function. Not terrific results (middle photo), compared to simply letting the scanner software do the conversion (bottom photo)I don't actually mind playing with it.
I've been experimenting with Capture One and some tutorials I've read and watched to manually convert my scans from color and B&W negatives to positives. With C1, it's just really a matter of creating layers.
I do one layer where it invert the image.
Then the next one, I use the non-exposed edge of the negative to set the white balance.
I do the next one, for color...to correct for color...this is where the fun begins and I'm still learning. But I set the levels adjustment to be RGB and I start by going to each color (R, then G then B)...and adjust the levels for shadows and highlights on each end on each color to where the levels begin to be non-zero..and that seems to do a great job on getting the color right.
Yes, I'm winging it a bit, but being I'm shooting at RAW on these with the camera, I have lots of room to play with. I may not get the exact "classic" look of the film, but I"ll do it to where I like it.
I'm thinking I"ll set up pre-sets or styles as I think they call it on C1, to different types of film (I try to only use a few types) and I'll have variations of this for different lighting situations as I come across them...so, after awhile I should have some one click settings to give a really good start to each image, which is essentially what you get with the programs like Negative Lab Pro, I believe.
Anyway...so far, it's not rocket surgery and is fun.
C
It's not just the resolution... IMHO the pixel shifted scans are great because you're getting a true RGB capture, so the best possible color your camera can make and the lowest noise floor. They're pretty remarkable to work with and I would bet give drum scans a run for their money. That being said, the files are HUGE! Your best bet is to honestly do the pixel shifted capture and downsample to a reasonable file size...often the native res of the sensor. Put one side by side with a standard capture and you'll see the difference.
Can you point out the differences for me? Which one is pixel-shifted?
Can you show us some examples of better colours ("true RGB"), shadows... in pixel shift scans? I've done a number ob side-by-side scans and (as much as I want to) can't see it.
Did you scan the same side of the negative in both cases? Your manual inversion is flipped from the scanner inverted version
.View attachment 280793 Having said that, I took your scanned-as-positive, and ran it through Darktable. I think I overcooked the highlights a bit, but it's much closer to your "processed by scanner" image than your manual inversion.
"to 'scan' 120 MF and 4x5 negatives...What's needed?"
Something very important...software which can convert a dSLR image of a film image on an orange film base, and convert the negative image into a positive interpretation with proper exposure and contrast and color balance while neutralizing the orange base. There are threads on this subtopic, but there seems to be little concensus about programs that do that well without a lot of fuss by the photographer using the program to tweak the image to look better than the inital conversion effort. Scanners doing 'scan negative' seem to do a better job of the conversion with less required bother by the photographer.
The ColorPerfect Plugin works well, but the UI is unusual. There's a demo version available.
https://www.colorperfect.com/colorperfect.html?lang=en
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